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A fault classification scheme with high robustness for transmission lines using fuzzy-logic system

机译:基于模糊逻辑的输电线路高鲁棒性故障分类方案

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This paper present a new and accurate scheme for fault classification of EHV transmission lines using fuzzy logic system. The fault classification scheme is developed by using only the post-fault magnitude of three phases current and its symmetrical components. The proposed fault classification technique is able to classify all faults type can be affect a transmission line such as the single-phase to ground faults, two-phases faults, two-phases to ground faults and three-phases faults with high accuracy under wide variety of fault conditions. The proposed scheme has a good performance in high fault conditions such as high fault resistances, high fault inception angles and high fault distances to fault from relaying point. Large numbers of test cases are generated to verify the performance of proposed scheme. The simulation studies have been carried out by using Matlab software and Matlab fuzzy-logic toolbox.
机译:本文提出了一种基于模糊逻辑的超高压输电线路故障分类的新方案。通过仅使用三相电流的故障后幅度及其对称分量来开发故障分类方案。所提出的故障分类技术能够在各种情况下高精度地对可能影响传输线的所有故障类型进行分类,例如单相接地故障,两相故障,两相接地故障和三相故障。故障情况。所提出的方案在高故障条件下具有良好的性能,例如较高的抗故障能力,较高的故障起始角和距中继点的故障的较大故障距离。生成了大量测试用例以验证所提出方案的性能。使用Matlab软件和Matlab模糊逻辑工具箱进行了仿真研究。

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